Is a pocket spring mattress really good for your sleep, or just another trend? Many people want comfort, but they also need proper support every night. Finding both in one mattress can feel difficult. A pocket spring mattress stands out because it balances these needs well. It uses individual springs to respond to your body more precisely. Over time, better materials and smarter production have made it more reliable and breathable.
Is a pocket spring mattress really better than memory foam, or is it just marketing hype? Many people struggle to decide because both options promise comfort, support, and better sleep. Yet, once you lie down, they feel completely different. Choosing between them often depends on your sleep habits, body type, and even how warm you feel at night. Some people prefer a breathable, supportive surface, while others enjoy a softer, body-hugging feel.
Choosing a Pocket Spring Machine is more than a simple equipment decision. It shapes mattress quality, production flow, labor use, and future growth. Many buyers focus on speed first, yet speed alone rarely ensures stable output or consistent product performance. So how do you choose a Pocket Spring Machine that truly fits your factory? The challenge is not just comparing machines. It is about matching the machine to your production goals, product range, and daily workflow.
What makes one mattress feel more supportive than another? In many cases, the answer starts inside the factory, not the bedroom. As buyers expect better comfort and more personalized sleep, manufacturers need smarter ways to build mattress cores at scale. That is where the Pocket Spring Machine becomes essential. It helps turn steel wire into individually wrapped springs, giving mattresses better consistency, support, and motion isolation. It also helps factories improve speed and product quality at the same time.
Choosing the wrong Pocket Spring Machine can slow production before you notice it. It can also raise labor costs, reduce product consistency, and limit how far your factory can grow. That is why this decision matters so much in modern mattress manufacturing. A strong machine does more than assemble springs. It helps you improve precision, maintain stable quality, and respond faster to market demand for premium mattresses. The right choice supports both daily efficiency and long-term business growth.
In the competitive landscape of mattress manufacturing, efficiency is often lost in the transition between processing stages. Manual foam handling introduces hidden costs that erode margins, ranging from material damage caused by improper gripping to inconsistent alignment that jams downstream equipment.
China‘s black technology, a revolutionary breakthrough in spring machines!
You can save more than 20% of the steel wire cost while achieving a similar mattress rebound effect for each mattress .
1. This is a spring machine that can produce high compression ratios as well as conventional springs.
2. This machine adopts the latest mechanism and technology, which can provide greater compression of the spring to meet the goal of saving steel wire costs.
3. We can customize the machine to produce high compression springs of 35 cm after pocketing according to clients’ requirements, which will give clients a cost advantage in producing mattresses
High pocket springs can be used in furniture manufacturing, especially in the production of roll-packed sofas and mattresses

Save manufacturing material costs: Due to the higher height of pocket springs, the use of filing materials can be reduced,for example, if producing 14 inch high mattresses, 30-32cm high pocket springs can be used to save filling materials (such as sponge, latex….; if producing roll-packed sofas, using 30-35cm high pocket springs for seat cushions, which can save about half of material costs compared to traditional high-density sponges.( High springs cost about RMB 230/m³,high-density sponge costs about RMB 550/m ³)
Save logistics and warehousing costs: Roll-packed sofas, similar to rol-packed mattresses, their volumes are greatly reduced , which can save a lot of space during transportation, thereby reducing logistics costs and making them easy to carry: similarly, due to the reduction involume,the costs of warehousing also decreases.
| Cost saving case | ||
| High compression sping in1.7mm wire | Conventonal spring in 2.0mm wire | |
| Weight of each spring (gram) | 20 | 26.5 |
| Weight saved of eath sping (gram) | 6.5 | |
| Size of spring unit (mm) | 1800x2000x180 | |
| Spring count | 29x32=928 springs | 28x31=868 springs |
| Wire weight of the spring unit | 20x928=18560g ≈18.6kg | 26.5x868 = 23002g ≈23kg |
| Wire weight saved of each spring unit | 23-18.6=4.4 (kg) | |
| Cost saving of each spring unit (kg) | ¥ 5/kgx 4.4kg=¥22 $0.9/kg x4.4kg=$3.96 | |
| Cost saving for producing 500 spring units each day | ¥22x500=¥11000 $3.96x500= $1980 | |
YL-16601

1. Both high compression springs and conventional springs can be produced.
2. Under similar resilience effects,the high compression pocket springmattresses produced can save over 20% of steel wire costs compared toconventional pocket spring mattresses.
3. Both cross-welding and edge-welding are driven by servo motors (rather thancylinders), which saves electricity and does not affect production even in lowtemperatures during winter.
4. With less operation pages and less parameters, it is easy to operate and evenbeginners can quickly get started.
5. The machine has a simple structure and is easy to maintain.6. With fewer wearing parts,the daily operating cost of the machine is relativelylow.
YL-16602
1. Both high compression springs and conventional springs can be produced.
2. Under similar resilience effects, the high compression pocket spring mattressesproduced can save over 20% of steel wire costs compared to conventional pocketspring mattresses.
3. Both cross-welding and edge-welding are driven by servo motors (rather thancylinders), which saves electricity and does not affect production even in lowtemperatures during winter.
4.When producing power edge mattress, the machine has a device that tightensthe non-woven so that the thick wire springs will not be higher than the thinwire springs.
5. With less operation pages and less parameters, it is easy to operate and evenbeginners can quickly get started.
6. Thick and thin steel wire springs can be produced at intervals according to settings,suitable for producing power-edge mattresses.
7. The machine has a simple structure and is easy to maintain.8.With fewer wearing parts,the daily operating cost of the machine is relativelylow.
Product name | High compression high speed automatic pocket spring coiling machine | |
Model | YL-16601 | YL-16602 |
Efficiency | 160 springs/min | |
Coiling Head | Single Wire Servo Coiling Head | Double wire servo coiling head |
Working Principle | Servo Control | |
Spring Shape | Barrel and Cylindrical | |
| Producing High Compression Pocket Springs: | Wire Diameter: Φ1.7-Φ2.0mm | |
| Spring Waist Diameter: | Φ63-Φ73mm | |
| Pocket Spring Height: | 160-280mm or 180-350mm | |
| Spring Compression: | ≤180mm | |
| Power Consumption | 30KW | |
Voltage | 3AC380V | |
Input Current | 80A | |
Frequency | 50/60 Hz | |
| Air Consumption | 0.01m³/min | |
| Air Pressure | 0.5-0.7Mpa | |
Fabric Thickness | 50-90 g/㎡ | |
Fabric Width | 470-860mm | |
| Weight | 3800 KG | 4500 KG |


| Cost saving case | ||
| High compression sping in1.7mm wire | Conventonal spring in 2.0mm wire | |
| Weight of each spring (gram) | 20 | 26.5 |
| Weight saved of eath sping (gram) | 6.5 | |
| Size of spring unit (mm) | 1800x2000x180 | |
| Spring count | 29x32=928 springs | 28x31=868 springs |
| Wire weight of the spring unit | 20x928=18560g ≈18.6kg | 26.5x868 = 23002g ≈23kg |
| Wire weight saved of each spring unit | 23-18.6=4.4 (kg) | |
| Cost saving of each spring unit (kg) | ¥ 5/kgx 4.4kg=¥22 $0.9/kg x4.4kg=$3.96 | |
| Cost saving for producing 500 spring units each day | ¥22x500=¥11000 $3.96x500= $1980 | |

YL-16601
1. Both high compression springs and conventional springs can be produced.
2. Under similar resilience effects,the high compression pocket springmattresses produced can save over 20% of steel wire costs compared toconventional pocket spring mattresses.
3. Both cross-welding and edge-welding are driven by servo motors (rather thancylinders), which saves electricity and does not affect production even in lowtemperatures during winter.
4. With less operation pages and less parameters, it is easy to operate and evenbeginners can quickly get started.
5. The machine has a simple structure and is easy to maintain.6. With fewer wearing parts,the daily operating cost of the machine is relativelylow.
YL-16602
1. Both high compression springs and conventional springs can be produced.
2. Under similar resilience effects, the high compression pocket spring mattressesproduced can save over 20% of steel wire costs compared to conventional pocketspring mattresses.
3. Both cross-welding and edge-welding are driven by servo motors (rather thancylinders), which saves electricity and does not affect production even in lowtemperatures during winter.
4.When producing power edge mattress, the machine has a device that tightensthe non-woven so that the thick wire springs will not be higher than the thinwire springs.
5. With less operation pages and less parameters, it is easy to operate and evenbeginners can quickly get started.
6. Thick and thin steel wire springs can be produced at intervals according to settings,suitable for producing power-edge mattresses.
7. The machine has a simple structure and is easy to maintain.8.With fewer wearing parts,the daily operating cost of the machine is relativelylow.
Product name | High compression high speed automatic pocket spring coiling machine | |
Model | YL-16601 | YL-16602 |
Efficiency | 160 springs/min | |
Coiling Head | Single Wire Servo Coiling Head | Double wire servo coiling head |
Working Principle | Servo Control | |
Spring Shape | Barrel and Cylindrical | |
| Producing High Compression Pocket Springs: | Wire Diameter: Φ1.7-Φ2.0mm | |
| Spring Waist Diameter: | Φ63-Φ73mm | |
| Pocket Spring Height: | 160-280mm or 180-350mm | |
| Spring Compression: | ≤180mm | |
| Power Consumption | 30KW | |
Voltage | 3AC380V | |
Input Current | 80A | |
Frequency | 50/60 Hz | |
| Air Consumption | 0.01m³/min | |
| Air Pressure | 0.5-0.7Mpa | |
Fabric Thickness | 50-90 g/㎡ | |
Fabric Width | 470-860mm | |
| Weight | 3800 KG | 4500 KG |







